Building Services Handbook

Filed under: CIVIL and ARCHITECTURE, ELECTRICAL, ENGINEERING, MAINTENANCE, MECHANICAL, REFRIGERATION and HVAC ENGINEERING

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This new and updated edition continues the successful combination of consolidated text, generous use of illustrations and simplified design calculations and graphics.

Since the previous edition, the impact of new energy conservation measures has materialised in revised installation procedures and practice standards. It has been a time to absorb these requirements and consider the changed role that building services engineering now has on the design and construction of our buildings. In less than three decades, the mechanical and electrical (M&E) engineer’s title and job function as specifier of pipes, ducts and cables has changed to that of architectural design team consultant and construction site management co-ordinator. Input to these areas is critical to the success of a building and it includes a vast range of facilities and provisions, not least those contained herein. What would Louis Kahn (see Preface to First edition) make of it all now?

This book is presented in a comprehensive format to emphasise the importance of the numerous specialist professions and trades. It combines with the companion volume Building Construction Handbook to introduce the principles of the modern serviced building, with regard to the impact

the subject has on contemporary design. This book is not intended as prescriptive, neither is it extensive. It is by definition a handbook, and as such is intended to provide the reader with an understanding of a wide range of topics. Where appropriate, sources for further reading and research are provided.

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Permalink Comments (1) gaduh Oct 6, 2008

One Response to “Building Services Handbook”

  1. electrical engineer calculations | Bookmarks URL Says:

    [...] ’s Dave Douglas takes the calculations another step, translating electricity consumption into CO2 emissions. (Carbon dioxide, he notes, “is the most prevalent greenhouse gas from the production of electricity.”) He writes: “looking at CO2 production, 1,752 kWH/year per avatar is about 1.17 tons … Building Services Handbook [...]

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